Jamie Potter

Jamie Potter serves as a key procurement professional within the Department of the Air Force, supporting the acquisition of critical aerospace and information systems essential to maintaining air superiority and space dominance. Responsible for managing complex contract actions under NAICS 335129, Potter specializes in the procurement of advanced electronic components and subsystems for next-generation avionics, secure communications, and C5ISRT architectures. Their work directly enables the modernization of combat platforms and the integration of AI-driven analytics into mission-critical defense systems, aligning closely with the Air Force’s strategic imperative to sustain technological overmatch against evolving threats. Potter maintains consistent, high-volume contracting relationships with industry leaders including The Boeing Company and Lockheed Martin Corporation, partnering with these prime contractors to deliver integrated aerospace systems and mission-critical electronics. These collaborations involve complex systems engineering, long-term sustainment contracts, and technology insertion initiatives requiring rigorous compliance with DoD acquisition regulations. The nature of these partnerships reflects a preference for established defense industrial base vendors capable of meeting stringent performance, security, and delivery standards for classified and sensitive programs. There is no set-aside activity in Potter’s procurement portfolio, with 100% of awards issued under full and open competition. This reflects a strategic focus on technical capability and mission readiness over socioeconomic preferences, prioritizing the selection of vendors with proven expertise in high-assurance aerospace electronics and systems integration. Small business participation is not a primary driver in this portfolio, consistent with the specialized nature of the hardware and subsystems procured. The primary procurement focus is NAICS 335129, encompassing the manufacture of other electrical equipment and components, particularly those used in military aircraft, satellites, and secure command systems. This includes advanced circuitry, embedded systems, signal processing units, and radiation-hardened electronics critical to survivable, networked combat platforms. Potter’s technical expertise lies in the acquisition of mission-essential electronic subsystems that underpin the Air Force’s cyber-enabled, AI-augmented operational capabilities.